SBS 100 Watt GaN charging station - Black

The ultra-compact charging station for your desk in the office or at home
There 100 Watt GaN charging station measures only 61 x 73 x 20mm. Despite its small size, the charger is very powerful, which is due to the high efficiency of the Gallium Nitride (GaN) of which it is composed. This semiconductor enables high performance and takes up little space: GaNaccessories are much smaller than standard ones. Store it in a backpack, a handbag or in your laptop case, and always take it with you - even to the office.

Very powerful: fast charge up to 3 devices at the same time
By connecting it to a power source via the included power cable, you will immediately benefit from an ultra-fast charge of up to 100 watts of power. The USB-A port, when used individually, delivers 30 watts of power and is ideal for speakers, TWS headsets or smartwatches. Thetwo USB-C ports will charge the battery of a smartphone to 100% in 10 minutes, a tablet in 20 and a laptop or MacBook in 30 (charging times are approximate and depend on the device's battery being charged). These outputs charge at a power of 100 watts. Use a cable suitable for transferring high amounts of energy to achieve maximum charging efficiency. You can also charge 3 devices at the same time: in this case, the energy will be divided between the ports, reaching a total of 100 Watts.

Safe power supply thanks to Power Delivery (PD) and Adaptive Fast Charge (AFC) technology
The 100 Watt GaN charging station is not only fast and compact, it is also very safe. In addition to the high efficiency of the GaN semiconductor, which ensures high heat resistance and lower energy dispersion, the technologies included in the charger guarantee maximum safety for your device. The Power Delivery (PD) technology present in the USB-C ports and the A Adaptive Fast Charge (AFC) technology present in the USB-A port regulate the power output depending on the device being charged. In this way, it is possible to transfer large quantities of energy without overheating and short circuits.